COMFORT CONSULTING MERNOKI TANACSADO ES SZOLGALTATO KFT

Their core work

Comfort Consulting is a Hungarian engineering advisory firm (the name translates as "Comfort Consulting Engineering Advisory and Services Ltd.") specialising in building energy performance — how buildings are assessed, certified, and renovated to meet energy standards. Their H2020 work places them in EU-level policy and standardisation projects rather than laboratory research: they contribute practical consulting expertise on energy performance assessment methodologies and certification schemes. Both projects they joined are Coordination and Support Actions (CSA), meaning their role is to help translate research findings into usable frameworks, guidance documents, or policy recommendations for the building sector. They likely bring Central European market knowledge — familiarity with Hungarian building stock, local regulatory context, and end-user behaviour — to otherwise Western European-dominated consortia.

What they specialise in

How they've shifted over time

Both projects started within 12 months of each other (2018–2019), so a long-term trajectory is hard to establish with confidence. That said, the first project (TripleA-reno) has no associated keywords, suggesting a broader support role — possibly dissemination, stakeholder engagement, or national context expertise. The second project (U-CERT) carries explicit keywords around energy performance assessment and certification schemes, suggesting a sharper, more technically defined contribution. If there is a direction here, it runs from general renovation support toward the standardisation and measurement side of building energy policy.

Their trajectory — if it holds — points toward the regulatory and certification infrastructure of building energy policy rather than the physical renovation work itself, which positions them well for future projects tied to the EU's Energy Performance of Buildings Directive (EPBD) revisions.

How they like to work

Comfort Consulting has never led an H2020 project — both participations are as a consortium partner in CSA actions. With 27 unique partners across 13 countries accumulated from just 2 projects, they clearly operate in large, multi-country consortia (roughly 13–14 institutional partners per project on average). This suggests they are a reliable specialist contributor rather than a project driver: they bring a defined national or technical input and integrate smoothly into complex international teams without needing to manage the whole.

Despite only two projects, Comfort Consulting has connected with 27 distinct partner organisations across 13 countries — an unusually wide network for so few projects, reflecting the large consortia typical of CSA-type actions. Their reach is clearly European, though their home-country position in Hungary gives them a foothold in Central and Eastern European energy markets that many Western-led consortia actively seek.

What sets them apart

Comfort Consulting fills a specific gap: an engineering consultancy from Central Europe with hands-on familiarity with energy performance assessment in a market — Hungary — that differs structurally from the Western European building stock most EU projects are designed around. For consortium builders working on EPBD implementation, renovation policy, or EPC methodologies, they offer credible national-level ground-truthing that academic partners typically cannot provide. As an SME, they are also relatively agile and motivated compared to large institutional partners who treat CSA participation as a secondary activity.

Highlights from their portfolio

• TripleA-reno
  Their largest-funded project (EUR 88,469) and a flagship EU initiative on making deep building renovation commercially viable — notable for its consumer-behaviour framing rather than pure technical focus.
• U-CERT
  Directly aligned with the EU's push to reform Energy Performance Certificates and is the project that produced their only explicit keyword evidence, making it the clearest signal of their technical positioning.